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Mercedes bets entry-level EV buyers will accept shorter range and therefore shift to cheaper but less powerful batteries to contain soaring prices for some metals in its range of entry-level models.


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The world’s biggest luxury-car maker will use lithium-iron-phosphate batteries for its next generation of models like the EQA and EQB from 2024 and 2025, CEO Ola Kallenius said in an interview in Atlanta.

The chemistry avoids using pricier nickel-based batteries that deliver performance and range in models like the EQS, the electric version of its flagship S-Class.

Kallenius is betting consumers will accept shorter driving ranges for cheaper models as prices for key materials rise.

“We think there will be a lot of urban-oriented customers who don’t need the E63 AMG,” Kallenius said, referring to Mercedes’ performance sedan.

“For those entry-level positions, in the future we’re looking at lithium-iron-phosphate batteries.”

Mercedes is plowing more than €40bn (roughly R682,009,800,000) into electrifying its product range this decade. Its plans include building battery cars on three all-electric vehicle platforms from 2025 and setting up eight battery factories worldwide with partners.

Most of the auto industry relies on nickel and cobalt in lithium-ion batteries to boost electric car performance, but supplies of both materials are constrained. Nickel, which helps provide power and range, is also prone to fire, a risk the industry is spending billions to control.

Tesla Inc CEO Elon Musk said last week the electric carmaker is shifting to lithium-iron-phosphate batteries globally for standard range models. Tesla uses LFP batteries in China supplied by Contemporary Amperex Technology Co, or CATL, which has delivered methods to eke out better performance from the components.


Tesla shifting to cheaper battery chemistry tried in China

CATL also supplies the nickel-based batteries in the Mercedes EQS. CATL and Mercedes have an agreement that includes LFP batteries using CATL’s “cell-to-pack” engineering, which saves on weight and cost by integrating cells directly into a battery pack.

Between battery joint ventures, long-term contracts on raw materials, and bets on breakthrough technology, Kallenius said he’s confident Mercedes will have enough batteries to power its new lineup of electric cars.

“We’re covered,” he said

“But it’s not where you can lean back and say, ‘Well everything’s going to take care of itself.’ You have to actively engage and try to manage the supply chain as we enter into the age of the electric car.”


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Picture: Mercedes-Benz will use lithium-iron-phosphate batteries for its next generation of models like the EQA and EQB, pictured, from 2024.
Image: Daimler



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Article Credit to Times LIVE Motoring.


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